The internet was effectively created as an interim result of ongoing research into computational technology in 1969. Computer scientists in Stanford and UCLA laboratories in the United States sent the first digital communication in late 1969, and the net has blossomed exponentially from there. Initially conceived as a way to link machines together in order to perform computational tasks more efficiently, some form of “the web” has existed in the mind’s eye of pioneering humans for more than a century.
Early Arpanet Days
Early computers—the devices that existed in the first moments of digital interconnectivity—were enormous, and the processing power of these room-sized computers barely scratches the surface of what machines that we wear on our wrists today can accomplish. The rapid development of communications infrastructure is nothing short of miraculous. Yet, it’s all thanks to a relatively simple concept known as packet switching.
The packet switching idea breaks digital communication down into the same basic elements that personal discussions are made of. Rather than sending complete digital content from one node to another, this model utilizes small “packets” of information that can be transmitted much faster. Thinking of this as something akin to sentence structure and the natural back and forth that dominates routine conversation is a great way of visualizing the data-sharing model that has come to form the backbone of the web itself.
Modern IP Address Networks
As well as this packet switching framework that still underpins connectivity throughout the network, IP addresses have always been essential in powering communication through the use of the internet in the United States, Australia, and all around the world. Founded during the Arpanet days, IP address infrastructure—or Internet Protocol—is an intuitive design feature of the network. An IP address functions as a naming convention for a network-connected device. Today, computers are assigned an IP address upon connecting to the network through a router or LAN device. This allows them to be discoverable on the network so that they can interact with other computers and their users.
But many other consumer goods can connect through wireless IP connectivity these days. This is the modern age of the net. The Internet of Things (IoT) has made great strides in recent years, building an infrastructure of consumer electronics that can be turned on or off at the touch of a button on your phone (or through an Amazon or Google device’s voice activation software).
Along with the naming protocol of an IP location, the IP functions as a roadmap for digital communications. This is why the infrastructure is so unique and long-lasting. Filling the function of both roles (domain name and location) means that IP addresses also act as location data for websites, as well as the devices that are used to access them.
Today, there are hundreds of millions of blog pages and billions of websites of all kinds. Users of the world wide web are growing in number and encompass nearly the entire global population today. From social media to corporate homepages, the internet has become a uniquely modern tool that continues to reinvent itself whenever the pool of users requires a new and improved functionality. This is the beauty of the internet. Developers all over the world work in tandem and in competition to continue honing the possibilities and toolsets that exist within the digital realm. From humble beginnings as a simple node-to-node communication tool for digital processing and file sharing, the net has developed into a community project in which users are able to engage with the world in a variety of unique and powerful ways. The information age is truly upon us.
